AI-POWERED DISCOVERY OF
CHEMICALS AND MATERIALS

AISCIA Informatics combines AI, Quantum Simulations, and Advanced Data Science to accelerate the discovery of chemicals and materials.

Our Partners

Our Products

AISCIA Platform™

Our platform delivers intelligent, scalable, and sustainable solutions that cut costs, reduce time to market, and enhance product performance. At AISCIA, we’re not just advancing science but empowering a more sustainable and data-driven future.

Model Training & Visualization

Turn your data into powerful AI models without coding. Get instant insights with clear dashboards and real-time analytics.

  • - Single & Multi-objective training
  • - Real-time progress tracking
  • - Interactive data visualization
  • - Built-in statistical analysis

High-Speed Predictions

From one input to thousands, generate predictions in milliseconds. Scale effortlessly with accuracy and reliability.

  • - Lightning-fast single predictions
  • - Batch processing at scale
  • - High-throughput screening
  • - Confidence scoring & exports

Smart Optimization

Find the best solutions with ease. Balance constraints, explore possibilities, and achieve breakthrough results.

  • - Global & local optimization
  • - Constraint-based fine-tuning
  • - Multi-objective optimization
  • - Visual exploration of solutions

High Impact Use Cases for Smarter Enterprises

AISCIA delivers enterprise-grade AI solutions that streamline operations, optimize resources, and accelerate innovation. Our model-driven architecture simplifies integration and scaling, empowering enterprises to tackle critical challenges and expand into high-impact use cases with confidence. Aligned with Industry 4.0 principles, we bridge traditional processes with intelligent, autonomous operations—enabling smarter manufacturing and sustainable digital transformation.

Plastic & polymer

EXTRUDAI OPTIMIZER™

AI-powered optimization specifically designed for PVC extrusion and polymer manufacturing processes. Our ExtrudAI brings intelligent process control to optimize extrusion parameters, reduce waste, and maximize output quality. Key benefits include:

  • • Massive reduction in material waste through precise process optimization
  • • Dramatic improvement in production efficiency with real-time adjustments
  • • Significant increase in output while maintaining consistent quality standards
  • • Multi-target optimization for precise control of diameter, thickness, and surface quality
  • • Substantial improvement in material efficiency and major reduction in production costs

Oil & Gas

PetroAI™

Advanced AI-driven optimization for petrochemical manufacturing and real-time process control. PetroAI™ integrates seamlessly with existing refinery operations to optimize reaction conditions, improve energy efficiency, and reduce environmental impact. Key benefits include:

  • • Significant increase in reaction rates and overall throughput
  • • Major improvement in energy efficiency through optimized process control
  • • Precise temperature and pressure control for consistent product quality
  • • Fine-tuned viscosity, density, and color parameters for high-quality output
  • • Substantial reduction in CO₂ emissions and minimization of raw material usage

Energy storage

VoltGenius™

Comprehensive AI-driven platform for battery development and energy storage optimization. VoltGenius™ accelerates R&D cycles for electric vehicles, consumer electronics, and industrial applications by predicting performance and optimizing formulations. Key benefits include:

  • • Optimized electrode and electrolyte formulations for higher capacity and conductivity
  • • Predictive performance analysis and cycle life optimization
  • • High-throughput screening of multiple formulations simultaneously
  • • Accelerated R&D insights with faster time-to-market
  • • Significant reduction in material waste and sustainable battery production

Concrete

BuildAI™

Concrete formulations can be complex, but BuildAI™ makes it easy. BuildAI™ converts data into clear and actionable insights for better and faster mix design decisions. BuildAI™ models predict key concrete properties like strength and durability. Avoid unnecessary trials by focusing on the most impactful variables and ensure you get optimal results with fewer resources and time. Key features include:

  • • Get better results with fewer trials, BuildAI™ uses advanced algorithms optimize formulations quickly
  • • Avoid unnecessary trials by focusing on the most impactful variable
  • • Achieve maximum strength and performance with minimal effort and material waste
  • • Predict key concrete properties like strength and durability using BuildAI™
  • • BuildAI™ is validated in real world labs to give you the confidence required in the field

Solar Panels

SolarSynapse™

In the competitive world of renewable energy efficiency and durability in solar panels are crucial to success. SolarSynapse™ harnesses advanced data-driven approach combining multi target optimization, mixture design techniques and high-throughput experimentation to help manufacturers develop superior photovoltaic systems that offer maximum energy output lower costs, and enhanced sustainability. Key features include:

  • • SolarSynapse™ utilizes proven advanced algorithms to ensure robustness
  • • Balance efficiency, lifespan, and cost in a single workflow
  • • Simultaneously refine semiconductor layers, anti-reflective coatings, and encapsulation materials
  • • Predict conversion efficiency gains and degradation rates over time
  • • Leverage ML to forecast panel performance under varying sunlight intensities

Need Custom High-Impact Solutions?

Do you need custom high-impact use cases built specifically for your industry challenges?

We specialize in creating tailored AI-powered solutions for materials, polymer development, oil & gas process optimization, Chemical & Petrochemical innovation, sustainable aviation fuel blending. Let's build something extraordinary together.

Advanced Materials
Polymer & Plastic
Oil & Gas
Chemical & Petrochemical
Sustainable Aviation Fuels
Energy Storage